PODCAST · education
Photoswitches: A New Addition to the Molecular Toolkit – HD
by Ludwig-Maximilians-Universität München
LMU chemist Dirk Trauner builds photoresponsive molecular switches thatenable nerve-cell receptors to be controlled by light. In this way,nerve-cell activity can be switched on and off at will – in the laboratory.“But,” he says, “we hope that our research can be translated into medicalapplications.” In that case, Trauner’s strategy could provide a means ofcompensating for the loss of photoreceptors in the retina – one of the mostprevalent causes of blindness – or lead to more effective and less stressfulforms of cancer chemotherapy.
-
1
Photoswitches: A New Addition to the Molecular Toolkit
LMU chemist Dirk Trauner builds photoresponsive molecular switches that enable nerve-cell receptors to be controlled by light. In this way, nerve-cell activity can be switched on and off at will – in the laboratory. “But,” he says, “we hope that our research can be translated into medical applications.” In that case, Trauner’s strategy could provide a means of compensating for the loss of photoreceptors in the retina – one of the most prevalent causes of blindness – or lead to more effective and less stressful forms of cancer chemotherapy.
No matches for "" in this podcast's transcripts.
No topics indexed yet for this podcast.
Loading reviews...
ABOUT THIS SHOW
LMU chemist Dirk Trauner builds photoresponsive molecular switches thatenable nerve-cell receptors to be controlled by light. In this way,nerve-cell activity can be switched on and off at will – in the laboratory.“But,” he says, “we hope that our research can be translated into medicalapplications.” In that case, Trauner’s strategy could provide a means ofcompensating for the loss of photoreceptors in the retina – one of the mostprevalent causes of blindness – or lead to more effective and less stressfulforms of cancer chemotherapy.
HOSTED BY
Ludwig-Maximilians-Universität München
CATEGORIES
Loading similar podcasts...
URL copied to clipboard!